Terahertz Photonics: Bridging the Gap Between Electronics and Optics
from Intellectually Curious Hosted by Mike Breault
Between microwaves and infrared light lies the terahertz gap—a once-impervious frontier. This episode explains how continuous-wave photomixing uses two lasers to generate and detect THz waves directly from light, achieving room-temperature operation and ultra-clean signals. We explore exciting applications: terahertz fingerprinting for sensing, nondestructive testing in industry, and the race toward terabit-per-second wireless with ISAC and photonic integrated circuits. We also cover the physics hurdles—path loss and line-of-sight—and what comes next as chips shrink the lab into a single chip. This episode is sponsored by Ember Silk. Note: This podcast was AI-generated, and sometimes AI can make mistakes. Please double-check any critical information. Sponsored by Embersilk LLC
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What this episode covers
Between microwaves and infrared light lies the terahertz gap—a once-impervious frontier. This episode explains how continuous-wave photomixing uses two lasers to generate and detect THz waves directly from light, achieving room-temperature operation and ultra-clean signals. We explore exciting applications: terahertz fingerprinting for sensing, nondestructive testing in industry, and the race toward terabit-per-second wireless with ISAC and photonic integrated circuits. We also cover the phys...
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